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| | UF High Speed Machining FAQ |
 | | In general, stability lobe diagrams are developed by selecting the cutting parameters, which include the process-dependent specific cutting energy coefficients, radial immersion, and system dynamics (often selected as the tool point frequency response, although the workpiece dynamics must also be considered in some instances), then carrying out the selected simulation algorithm. |
 | | In the stability lobe diagram shown in Figure 3, the peaks of the stable regions where deeper cuts are possible (i.e., where the ‘good cut’ is identified) correspond to this favorable ‘in phase’ condition. |
 | | A stability lobe diagram is a plot that separates unstable combinations of chip width, or axial depth of cut in peripheral end milling, and spindle speed (i.e., those that produce chatter) from stable combinations. |
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